HighPerformance FRP Rebar Making Machine China Factory and Suppliers
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The FRP Rebar Making Machine is a high-performance industrial solution engineered for the precision production of Glass Fiber Reinforced Polymer (GFRP) rebars. By integrating advanced pultrusion and winding technologies, this system seamlessly combines yarn framing, resin impregnation, and precision curing to create reinforcement bars that outperform traditional steel in corrosive environments. Ideal for modern infrastructure, our equipment ensures high structural integrity and consistent quality for every linear meter produced.
Designed for scalability and operational efficiency, the system features an intelligent temperature-controlled oven and a frequency-conversion winding device, allowing for stepless speed adjustment and multi-line production. Whether you are targeting the construction of marine piers, chemical plants, or bridge decks, this machine provides the technical foundation to produce lightweight, non-corrosive, and high-tensile strength GFRP rebars that meet international engineering standards.
Detailed Parameters
| Machine Configuration | 2 Lines / 4 Lines / 5 Lines Available | Production Diameter Range (2 Lines) | DN4mm - 40mm |
|---|---|---|---|
| Production Diameter (4 Lines) | DN4mm - 32mm | Production Diameter (5 Lines) | DN4mm - 26mm |
| Winding Drive | Gear Transmission / Frequency Conversion | Control System | Intelligent Temperature Controller |
| Impregnation Method | Stainless Steel Dipping Tank with Pressure Rollers | Heating System | Industrial Heater with Insulation Materials |
| Cutting Mechanism | Automatic Tracking Cutting Saw | Final Stage | Integrated Product Stacking Rack |
Key Advantages
Superior Tensile Strength
Glass fiber reinforcement offers 20% higher tensile strength than steel bars of the same specification, ensuring exceptional fatigue resistance.
Extreme Corrosion Resistance
Immune to chloride ions, acids, and alkalis, making it perfect for harsh chemical environments and coastal infrastructure.
Ultra-Lightweight Design
Weight is only 1/4 that of steel with a density between 1.5 and 1.9 g/cm³, drastically reducing transportation and labor costs.
Enhanced Concrete Binding
A thermal expansion coefficient closer to cement than steel, resulting in a stronger physical bond with concrete.
Non-Magnetic Properties
Fully non-magnetic material, eliminating the need for demagnetization in specialized electromagnetic concrete components.
High Design Flexibility
Stable elastic modulus allows for arbitrary heat-forming of bends and shapes without compromising safety or stability.
Product Gallery
Management Platforms
Raw Material Control
Split-type yarn frames for easy installation and organized roving feeding to ensure uniform winding.
Precision Impregnation
Stainless steel tanks with internal pressure rollers ensure every fiber is fully saturated with resin.
Speed Optimization
Frequency conversion control allows stepless adjustment for varying production speeds and diameters.
Thermal Monitoring
Intelligent temperature controllers manage the curing oven to ensure optimal resin polymerization.
Automated Finishing
Online automatic tracking cutting saws precisely trim rebars to required lengths in real-time.
Quality Logistics
Integrated stacking racks streamline the post-production movement and storage of GFRP products.
Investment Return Comparison
| Feature | Traditional Steel Rebar | GFRP Rebar (Our Machine) |
|---|---|---|
| Lifespan in Saline Env. | Low (Rusts quickly) | High (Corrosion proof) |
| Weight / Logistics | Heavy (High cost) | Light (1/4 of steel weight) |
| Tensile Strength | Standard | 20% Higher than Steel |
| Magnetic Interference | High (Magnetic) | Zero (Non-magnetic) |
| Installation Effort | Heavy Machinery Req. | Simplified / Fast Binding |
Frequently Asked Questions
Q: What are the primary advantages of GFRP rebars over steel?
GFRP rebars offer significantly higher corrosion resistance, lower weight (1/4 of steel), non-magnetic properties, and 20% higher tensile strength, making them ideal for corrosive or electromagnetic environments.
Q: Can the machine produce different diameters of rebars?
Yes, depending on the model, the machine can produce diameters ranging from DN4mm up to 40mm. The diameter range varies based on whether you choose the 2, 4, or 5-line configuration.
Q: How is the resin curing process managed in this machine?
The machine utilizes an intelligent temperature-controlled oven filled with heat insulation materials to ensure consistent curing. The split-structure design also allows for easy cleaning of resin drips.
Q: Is the cutting process manual or automatic?
The machine is equipped with an automatic tracking cutting saw that can cut GFRP rebars to specific lengths online, ensuring high precision and reducing waste.
Q: What industries typically use water pollution prevention equipment and FRP products?
These are widely used in wastewater treatment plants, chemical processing facilities, marine engineering, and any industrial sector requiring high acid/alkali resistance and structural durability.
Q: Does the machine support custom length and section production?
Yes, the equipment is designed to produce various standard and non-standard parts with different sections and lengths according to specific user requirements.
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